Honeywell SMG890 Multivariable Transmitter

Measurement Types:

Honeywell SMG890 Multivariable Transmitter is capable of mass flow measurements for liquids, gases, and superheated and saturated steam.

Personal Computer Configuration

Honeywell’s PC Based configuration Toolkit SCT3000 provides an easy way to configure the Honeywell SMG890 Multivariable Transmitter DE devices. SMV800 HART Device can be configured using Device Description based DCS Hosts and Asset Management Systems. HART device can also be configured using PC based DTMs. DTMs provide enhanced features like:

o

Easy to use Flow Configuration

o

Units Preference: Configurable Engineering units

o

Auto Calculation of Viscosity and Density

Coefficients, Auto Calculation of K User, Beta Factor

o

Export and Import Configurations to/from external file

with predefine schema/format

o

Summary Page

Primary Element Compatibility

FLOW: The SMV is compatible with and provides dynamic calculation capabilities. SMV800 supports Advanced Algorithms and ASME 1989 Algorithms which is User selectable option in the DD / DTM Tools. Advanced Algorithm option supports the following Primary Elements with SMV800 HART Protocol:

:

o Orifice Plates (ASME MFC-3M & AGA No 3/ISO

5167/GOST 8.586).

o Integral Orifice

o Small Bore Orifice (ASME MFC -14M)

o Conditional Orifice (ISO5167-2003)

o Nozzles (ASME MFC-3M/ISO 5167/GOST 8.586).

o Venturi Tubes (ASME MFC-3M/ISO 5167/GOST).

o Averaging Pitot Tubes

o V-Cone®, Wafer Cone, Wedge

ASME 1989 Algorithm Option supports the following

Primary Elements with SMV800 HART and DE protocol:

o

Orifice (Flange Taps D >/= 2.3 inches, Flange Taps

2 </= D </= 2.3, Corner Taps,Orifice D and D/2

Taps, Orifice 2.5 and 8D Taps)

o

Venturi (Machined Inlet, Rough Cast Inlet, Rough Welded Sheet-Iron Inlet, Leopold, Gerand, Venturi

Tube, Low-Loss Venturi Tube)

o

Nozzle (Long Radius, Venturi Nozzle)

o

Various Preso Ellipse Pitot Tubes with varying Pipe

Sizes

o

Other Pitot TubesSMV 800 Smart Pressure Transmitter

3

Primary Element Compatibility, continued

Fixed Parameters: Fixed Cd, Y1, Viscosity, Density are supported for user to customize the flow calculation

Temperature: The SMV also has the following temperature

input options:

o RTD (2,3,4 wires): PT25, PT100*, PT200, PT500, PT1000 (*DE models use only PT100 RTD)

o Universal Input: RTD PT25, PT100, PT200, PT500,

PT1000 and Thermocouple:

Type B*, E, J, K, N*, R*, S*, T.

*B, N , R, S Type inputs are only available with HART protocol

Mass Flow Calculation

Mass Flow Compensation can be selected for Standard Compensations by user for Gas, Liquid and Steam without limitation on primary elements. Mass Flow Compensation can be selected for Dynamic

Compensation by the user from: ASME-MFC-3M, ISO5167, Gost-8.586, for Orifice Plate, Nozzle and Venturri, AGA3 for Orifice, and Calculation Support for Averaging Pitot Tube, VCone,Wafer Cone,

Wedge and Integral Orifice and Conditional Orifice are also available. Mass Flow Calculations also support user Fixed Input Parameters for Customizing the Calculations.

System Integration

o

SmartLine communications protocols all meet the most

current published standards for HART/DE

o

Integration with Honeywell’s Experion PKS offers the following unique advantages.

o Messaging & Maintenance Mode Indication

o Tamper reporting

o FDM Plant Area Views with Health summaries

o All SMV 800 units are Experion tested to provide the highest level of compatibility assurance

Automatic Density Compensation

Using the configuration software, the SMV can be configured with the primary element type and the physical parameters of the fluid measured. This method dynamically compensates for fluid  haracteristics such as discharge coefficients, gas expansion factors, density, and viscosity as well as

installation issues like upstream pipe size using the above referenced algorithms.

Basic Flow Density Compensation

This conventional calculation method is based on flow factors being manually entered

Modular Design

To help contain maintenance & inventory costs, all SMV 800 transmitters are modular in design supporting the user’s ability to replace meter bodies, indicators or change electronic

modules without affecting overall performance or approval body certifications. Each meter body is uniquely characterized to provide in-tolerance performance over a wide range of application variations in temperature and pressure and due to the Honeywell advanced interface, electronic

modules may be swapped without losing in-tolerance performance characteristics.

Modular Features

o

Meter body replacement

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Replaceable electronics/comm modules*

o

Add or remove integral indicators*

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Add or remove lightning protection (terminal connection)* * Field replaceable in all electrical environments (including IS) except flameproof without violating agency approvals. With no performance effects, Honeywell’s unique modularity results in lower inventory needs and lower overall operating

costs.

Description： SMG890 -S1-0-E1AC4A-1-0-AHH-11S-A-00A0-00-00000

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